超空泡射弹通过超空泡减阻技术在水下高速长距离航行, 是对抗水下近距离威胁的有效手段.
为了扩大防御范围, 增加杀伤力, 超空泡射弹具有很高的发射速度. 高速超空泡射弹在入水时中 …

Supercavitation has been recently presented as an effective method for the drag reduction of
underwater vehicles. However, maintaining the supercavitating state requires a lot of …

In this study, the thermodynamic behavior and supercavitating flow around projectiles of
high-subsonic to supersonic speeds were numerically analyzed using a fully compressible …

Despite decades of rigorous research into supercavitating flow, there is still a lack of in-
depth knowledge on the properties of ventilated supercavitation with cavitators of varying …

This study employs a fluid-structure interaction simulation to examine the structural
deformation of supercavitating projectiles during high-speed oblique water entry. A …

This paper describes a numerical investigation of the characteristics of supercavitating flow
using hot gas. The numerical results are validated through an experimental study under the …

Supercavitating projectiles travel underwater at high speed and long distances through the
supercavitation drag reduction technology, which is an effective means to counter close …

Artificial cavitation, a complex two-phase phenomenon, involves cavity formation by injecting
air into a low-pressure region behind the cavitator. Influenced by factors like cavitator shape …

Investigating the impact of various parameters on the characteristics of supercavitation is an
essential and continuously evolving matter. In the current study, the influence of the …

Natural gas hydrates (NGHs) have garnered widespread attention in the new energy sector,
owing to their efficient and clean combustion properties. NGHs are ice-like substances …